Technology
Glass
Today's time of climate change and rising energy prices still presents a major challenge for the construction industry. There is a need to look for solutions which will lead to a reduction in the cost of heating and the reduction of CO2 emissions. Increasing the thermal insulation of buildings is the key to success. It is also helping the new generation of Windows with excellent thermal insulation capabilities and high passive solar gain.
In addition to the already established by the SGG PLANITHERM ULTRA N introduce SGG PLANITHERM LUX and SGG PLANITHERM MAX new generetion windowpane with the low emissive coating. They are specially designed to insulating tripleglass and offer unprecedented energy balance.
Make sure about great facilities tripleglass with SGG PLANITHERM MAX, SGG PLANITHERM ULTRA N or SGG PLANITHERM LUX. Now you can experience the feeling inside the building, as if you were out there-this dream is becoming a reality! Enjoy exceptional thermal insulation Ug = 0,6 W/m2K (tripleglass with SGG PLANITHERM ULTRA N or SGG PLANITHERM MAX, 16 mm filled with argon gas, or both interfaces SGG PLANITHERM LUX both interfaces 16 mm argon filled). The new generation of passive solar gain Windows offer you a maximum g = 62% (when combined with clear glass SGG PLANILUX SGG PLANITHERM LUX). These great characteristics of glass give a new dimension to your home.
Using
Tripleglass SGG PLANITHERM LUX, made of SGG PLANILUX clear float glass, is characterized by high light transmittance 74%. Tripleglass SGG PLANITHERM MAX made of extra clear glass SGG DIAMANT Light throughput even reaches 74%. These innovative reflectors are particularly suitable to the passive or low-energy houses.
Description
SGG PLANITHERM ULTRA N, SGG PLANITHERM LUX, SGG PLANITHERM MAX are produced on the magnetron lines of the company SAINT-GOBAIN GLASS. The unique combination of layers of coating is applied in a vacuum environment on SGG PLANILUX clear glass or extra clear glass SGG DIAMANT. The result is a thin and transparent layer, which reflects long-wave heat radiation low-emission very efficiently back into the room and at the same time passed the maximum natural light and shortwave solar radiation.
Benefits
High thermal insulation, and reduce the cost of heating and CO2 emissions.
| Technical data | |||||||
|---|---|---|---|---|---|---|---|
| Tripleglass with PLT ULTRA N | Tripleglass with PLT LUX | Tripleglass with PLT MAX | Tripleglass with PLT XN | ||||
| The outher pane | SGG PLANITHERM ULTRA N | SGG PLANITHERM LUX | SGG PLANITHERM MAX* | SGG PLANITHERM XN | |||
| The middle pane | SGG PLANILUX | SGG PLANILUX | SGG DIAMANT | SGG PLANILUX | |||
| The internal pane | SGG PLANITHERM ULTRA N | SGG PLANITHERM LUX | SGG PLANITHERM MAX* | SGG PLANITHERM XN | |||
| The composition mm | |||||||
| The interspace | 2×16mm 90% Argon | 2×16mm 90% Argon | 2×16mm 90% Argon | 2×16mm 90% Argon | |||
| The location of the coating | Position 2 and 5 | Position 2 and 5 | Position 2 and 5 | Position 2 and 5 | |||
| T L * | 71>#/td### | 73>#/td### | 74>#/td### | 74>#/td### | |||
| R Le * | 14>#/td### | 17>#/td### | 15>#/td### | 16>#/td### | |||
| g-value* | 0.50 | 0.62 | 0.60 | 0.54 | |||
| Ug - value W/m2K** | 0.6 | 0.7 | 0.7 | 0.6 | |||